Examples of using Electric fields in English and their translations into Hebrew
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And then they can actually use those electric fields.
Calculating electric fields with Gauss's law.
The creatures are affected by electric fields.
What electric fields are are a field of forces.
These sensory organs help fish to sense electric fields in the water.
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Many fish use electric fields to detect buried prey.
Lightning is the electric breakdown of air by strong electric fields and is a flow of energy.
The concept of electric fields was introduced by Michael Faraday.
It has now been conclusively- demonstrated that sharks can locate theirprey in the open sea by detecting the minute electric fields they generate.
There aren't electric fields here. It's a magnetic field. .
A problem with the early submarine telegraph cableswas the damage caused by sharks who sensed the electric fields produced by these cables.
Power may also be transferred by electric fields using capacitive coupling between metal electrodes.
Electric fields make charged particles move in the same way that gravity will pull a dropped baseball.
That"hole in the sea" would respond to electric fields as if it were a positive particle.
The strong electric fields, generated by a series of proton microbunches, were sampled with a bunch of electrons.
Our research has shown that by applying large electric fields we can suppress flames very rapidly," he said.
Electric fields in the photovoltaic cells wrangle those electrons and force them to flow in one direction like a cattle rancher guiding his heard.
This"hole" in the sea of negative-energy electrons would respond to electric fields as though it were a positively charged particle.
A fish that can generate electric fields is said to be electrogenic while a fish that has the ability to detect electric fields is said to be electroreceptive.
This type of EAP typically requires alarge actuation voltage to produce high electric fields(hundreds to thousands of volts), but very low electrical power consumption.
The ampullae detect electric fields in the water, or more precisely the potential difference between the voltage at the skin pore and the voltage at the base of the electroreceptor cells.
In active electrolocation,the animal senses its surrounding environment by generating electric fields and detecting distortions in these fields using electroreceptor organs.
Many fish such as sharks,rays and catfishes can detect electric fields and are thus electroreceptive, but they are not classified as electric fish because they cannot generate electricity.
If you put an electric field along the circle, you don't need to use miles of electric fields, you can use a single electric field over and over again.
It finds its prey by detecting the minute electric fields produced by muscles when they contract, including the heart muscles.
It is hypothesised thatsharks may be more sensitive to electric fields than any other animal, being able to detect changes of as little as 5nV/cm.
Certain fishes like sharks, skates,rays and catfish can detect electric fields, and are thus electroreceptive, but they don't generate an electric field so they are not classified as electric fish.